Radio Controlled Jeep Chris Venditti Chris Ayoub Daniel Girgis Jonathan Avalishvili Paul Grobelny Saiff Ezeldin.

Slides:



Advertisements
Similar presentations
68 Chapter Drive Shaft and Transfer Case Technology.
Advertisements

Mechanical Designs and Motors
Gears 2 nd Period TED. What is a gear? A toothed mechanical part, e.g. a wheel or cylinder, that engages with a similar toothed part to transmit motion.
ANATOMY OF MOTOR CAR PREESNTED BY AJAY K. JAIN. ANATOMY OF THE CAR.
Powertrains Carsen Banister Objective: To explain the application of differentials within various powertrains Front Wheel Drive Rear Wheel Drive All Wheel.
 Importance  Basics  Drive Types  Resources  Traction  Mobility  Speed  Timing  Importance.
Land Vehicular Systems
Remote Control Helicopter Group 9 Group 9 Moiz Kapadia Adam Golembeski Eric Silk Paul DiFilipo.
Engineering H191 - Drafting / CAD Gateway Engineering Education Coalition Lab 6P. 1Autumn Quarter Gears Lab 6.
Gears Transmit rotary motion and torque Gears have positive engagement friction drives, belts.
SAE MINI BAJA PROJECT SAE MINI BAJA PROJECT PORTLAND STATE UNIVERSITY TEAM MEMBERS: MIKE CUNDIFF JAMES GARVIN MIKE KRANDA MICHAEL SINGER CHRIS WALTHERS.
CCAS 3381 AUTOMOTIVE SKILL I
TRANSMISSION SYSTEM (GEAR BOX)
NO F SPARROWHAWK XB Item NoBody StyleRx/ TxTX StyleIncluded Accessory 6536-F41White/Purple/Blue27MHzPistol GripNone 6536-F71White/Purple/Blue40MHzPistol.
Mechanical Actuation System Lecture 6 (Chapter 8).
What is an Automobile ? How does it work ? What makes it work ?
DRIVE BASE SELECTION AN INTRODUCTION TO DRIVE TRAINS.
Suspension System Fundamentals.
A PRESENTATION on “ SUSPENSION SYSTEM ”
Solar car modification
Dragster Project: emphasis on control. Control The dragster project focuses on control Controlling electric motors is the basis for many applications.
N ITRO G AS P OWERED R/C C AR 1:10 Scale Brian Zarko James Powers Judy Chun Alan Lambert Aaron Fackler Adam Lopez Department of Mechanical and Aerospace.
ODU Formula SAE MAE 435 Midterm Report.
Structural Design Considerations Small or 0° turn radius Given size restriction and ground clearance Friction Type of drive-train Weight and center of.
Fast Lane R/C Tundra 4x4 Team 4 Group Members: Andrew Chang (Project Manager) Paul Alvare Henry Flores Kenneth Quiambao Kunal Rana Erik Velthaus.
Automotive Power Trains By: Anthony John Manistre 4M-G.
“Getting the Power to the Pavement”
TRANSFER CASES CHAPTER 8 Page 175.
What Makes the wheels go? Chapter 1 Pages How it all fits together Three major sections Chassis Engine Drivetrain.
Multi-Angle Photos to help you build.
Multi-Angle Photos to help you build.
Steering Systems Topics covered in this presentation:
Transverse Engine Front Wheel Drive
Ref : Ref : Paul E. Sandin, Robot Mechanisms and Mechanical Devices Illustrated, McGraw-Hill, 2003.
Unit 8 – Insurance and Collision Procedures
SUSPENSION SYSTEM What is suspension system?
Suspension Systems - 1 Topics covered in this presentation:
Overview of Vehicle.
Gears & VEX.
Manual Drivetrains and Axles
Steering and suspension
Content Gears Gear ratios Types of gear wheel Dr. Basil Hamed IUG.
An OVERVIEW ON AUTOMOBILE ENGINEERING
Steering Systems Topics covered in this presentation:
2 Speed Automatic Gear Box
FIGURE Typical rear-wheel-drive powertrain arrangement
DIFFERENTIAL UNIT.
LEGO Vehicle Vehicle Basics and Terms.
Chapter 7 Light vehicle drivelines
TYPES OF AXLES.
Two-Gear Gear Trains Using different size gear allows change in speed
Content Gears Gear ratios Types of gear wheel. Unit 41: Transmission 1 Dr. Fady El Nahal Technical English Islamic University of Gaza April, 2017.
Car Suspension system Mohammad Al-Sarah Mohammad Hammoudi
What are the Different Types of Constant Velocity Joints in your Car
Transmission system of Automobile
E85 (e.g. Drive Line) Transmissions
Mechanical Engineering: Gears
FIGURE Typical rear-wheel-drive powertrain arrangement
Gears Transmit rotary motion and torque Gears have positive engagement
Structures and Mechanisms.
Traxxas T-Maxx 2.5R Team Members: William Bartell David Barry
Structures and Mechanisms.
Motion transmission systems
Pre-Trip Responsibilities
LOGICAL ORDER 2 COHERENCE
TRANSMISSION FRONT CASE
Automotive Service Modern Auto Tech Study Guide Chapter 55
Suspension Systems - 2 Topics covered in this presentation:
Automotive Technology Principles, Diagnosis, and Service
Manual Transmission/ Transaxles
Presentation transcript:

Radio Controlled Jeep Chris Venditti Chris Ayoub Daniel Girgis Jonathan Avalishvili Paul Grobelny Saiff Ezeldin

Technical Specs. Chassis: WR-02 Scale: 1/10 Front Tread Rear Tread Chassis: ABS Monocoque Suspension: 4 wheel independent Damper Type: Plastic coil over friction Drive Train: 2WD gearbox Gear Ratio Differential Type: Bevel Gear Motor Included: Electric type 540 Speed Controller Included: 3 Step F&R Mechanical Wheel/Tire Type: Chrome/V-Lug Pattern Body Included: Styrene body is molded in a military green color Radio Type: 2-Channel Surface Battery Type: 7.2V Battery

Challenges Intricate small connections Multiple gear assembly Complex A-arm geometry Synchronizing suspension systems

Framework Anchor to all parts Default section for assembly Includes main chassis and transmission

Suspension 4 wheel independent system Plastic coil over friction shocks Assembled using pin and cylinder connections

Suspension in Motion

Transmission Outer casing houses motor and gears Most complex assembly due to multiple gear connections and relations. Drives the vehicle Rear wheel drive

Transmission and Gears

Steering High torque steering servo Front wheel steering Ball joint connections between front steering knuckle and servo saver

Steering Mechanism

Final Assembly Combining all working assemblies A-arms use pin connections Shocks use pin and cylinders Transmission use rigid connection Driveshaft use Bearings All parts in working order

Finished Product

Jeep in Motion